Meng Li's research while affiliated with Wuhan University of Technology and other places

... Moreover, the GOD enzyme performed well in the laboratory with pure glucose solutions. However, it has been reported that the GOD enzyme degrades after 48 h, resulting in a decreased signal responsiveness over time [21]. This challenge becomes more complex when the biosensing platform is intended for extended use, such as 30 days. ...

... Consequently, the vulcanization of nZVI has emerged as a promising avenue for developing a novel composite material that can efficiently remove contaminants from wastewater. The FeS shell of S-nZVI/BC blocked the external air and slowed down the corrosion rate of the internal Fe 0 by water and dissolved oxygen, enhancing the removal capacity of Acid Red on S-nZVI/BC compared to nZVI/BC, S-nZVI, and BC (Ding et al., 2023). ...

... This economic benefit related to the operation and maintenance of the proposed stimulation system represents a significant advantage over other similar solutions. It should be mentioned that the studies reported in the literature are performed on laboratory-scale systems, like the lab-scale sequential batch reactors in [60]. When referring to the real scale, a series of advantages and disadvantages have been reported, ref. [61] like how the initial investment represents one third to one half of a conventional wastewater treatment plant, the greenhouse gases emissions are lower, but the necessary land to be occupied by the plant is 9 times higher. ...

... However, the addition of CAT had a strong inhibitory effect on the degradation of BPA by CN-HRP@ZIP (Fig. 7b), suggesting that HRP successfully combined with hydrogen peroxide regenerated in situ in the CN-HRP@ZIP system to form the corresponding complex and promote the degradation of BPA. In addition to traditionally producing a series of Fe IV -containing oxidizable complexes with H 2 O 2 [47], research results in recent years show that it can also produce·O 2 − and·OH by decomposing H 2 O 2 [48]. The specific reaction process was shown in the following equations. ...

... PPT exhibited a broad band at 3410 cm − 1 , representing the stretching vibration of -OH, and a band at 1767 cm − 1 indicating the presence of -C=O group in PPT (Dnyaneshwar Veer et al., 2023). The IR band at 1152 cm − 1 confirmed the existence of -C-O stretching vibration, and the band at 1246 cm − 1 revealed the presence of PPT rings (Zhao et al., 2023). The FT-IR spectrum of Hex-CCP displayed several notable bands, including those at 1168 cm − 1 and 875 cm − 1 indicating the occurrence of P=N and P-N stretching vibration, respectively, and a sharp intense band at 609 cm − 1 attributed to the P-Cl bond vibration in the Hex-CCP structure (Tataroglu et al., 2018;Abbass et al., 2022). ...

... Additionally, La/Ca-BTC demonstrated the capability to concurrently eliminate natural organic matter (NOM), offering substantial implications for aquatic remediation strategies. These findings hold significant implications for advancing the field of environmentally friendly phosphate adsorbents, highlighting their potential for sustainable aquatic pollutant mitigation [51]. Ca-MOFs serve as versatile tools in the realm of environmental remediation. ...

... The amount of H2O2 produced depends on both the concentration of the biocatalyst and glucose. Indeed, according to the Michaelis-Menten model, at low concentrations of glucose, the rate of H2O production is linearly proportional to its initial amount, but the reaction rate decrease when the glucose concentration increases until reaching a maximum value, which, in turn depends on the concentration of GOx [48,183]. ...

... Numerous studies in the past have attempted to detect water pollution through the use of machine learning (ML) and artificial intelligence (AI) models [9][10][11]. One such study, conducted by Pu et al., utilized a convolutional neural network (CNN) featuring a hierarchical structure to depict the correlation between in situ water-quality levels and Landsat8 images [12]. ...

... An emulsion is a mixture of water, base oil, surfactants, additives, etc., in a certain proportion [1,2]. Due to the characteristics of cooling, lubrication, and pressure transfer, emulsions are widely used in the cutting and grinding processes of machine parts in mechanical manufacturing and metal processing industries [3,4]. ...

... Additionally, genes related to nitrogen fixation (nifU, nifS, vnfA) were annotated in strain DC-2. The annotation of the urtABCDE cluster and the ureABCDEFGJ cluster indicated the potential for strain DC-2 to utilize urea, revealing its potential for biological nitrogen fixation [36]. In the pathway of ammonium assimilation, we have identified genes associated with both the glutamate dehydrogenase pathway (gdh2, gdhA) and the glutamine synthetaseglutamate synthase pathway (gltBD and glnAEGKL). ...